摘要
建筑行业作为碳排放总量大、占比高的领域,其绿色减碳是当前关注的焦点和亟待解决的难题。变电站建筑作为大型公共建筑,是电力输送过程中接收与分配电能的关键环节,也是电力输送的碳排放重要来源,因此变电站建筑碳排放计算和减排措施至关重要。然而,目前关于变电站建筑碳排放的计算方法和减排措施还比较分散,缺少系统对比。为了给变电站碳减排相关研究提供参考,介绍了变电站建筑的组成及其碳排放特点,总结了基于生命周期法的变电站建筑碳排放计算研究进展;并进一步从变电站建筑建造、运行管理、可再生能源利用等方面分析了变电站碳减排措施,旨在为变电站建筑领域节能减碳提供技术参考。
As a field with large and high carbon emissions,the green carbon reduction of the construction industry is the current focus and an urgent problem to be solved.As a large public building,substation building is a key link in the process of receiving and distributing electric energy in the process of power transmission,and is also an important source of carbon emissions from power transmission,so the calculation of carbon emissions from substation buildings and emission reduction measures are of vital importance.However,at present,the calculation methods and emission reduction measures of carbon emissions from substation buildings are still relatively scattered and lack of systematic comparison.In order to provide reference for the research related to carbon emission reduction of substations,the composition of substation buildings and their carbon emission characteristics are introduced,and the research progress of carbon emission calculation of substation buildings based on the life cycle approach is summarized;and the carbon emission reduction measures of substations are further analyzed in terms of the construction of substation buildings,operation and management,and the use of renewable energy sources,with the aim of providing a technical reference for the energy saving and carbon reduction in the field of substation buildings.
作者
车伟娴
王彦峰
朱文卫
洪乐欣
方灿
吴会军
CHE Weixian;WANG Yanfeng;ZHU Wenwei;HONG Lexin;FANG Can;WU Huijun(Guangdong Power Grid Corporation Limited,Guangdong 511400,China;School of Civil Engineering and Transportation,Guangzhou University,Guangdong 510006,China)
出处
《建筑节能(中英文)》
2025年第10期113-122,共10页
Building Energy Efficiency
基金
中国南方电网有限责任公司技术咨询项目(031000QQ00230023)
国家自然科学基金国际(地区)合作与交流项目(5231101074)。
关键词
变电站建筑
碳排放
碳减排
生命周期
substation building
carbon emission
carbon reduction
life cycle
